应用领域

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       GaN基光电器件可实现蓝、绿、紫外激光与探测制造，广泛应用于高容量光盘存储、医疗消毒、紫外固化、荧光激光光源、全彩显示等领域。GaN紫外探测器抗干扰、耐恶劣环境，适用于高速飞行物预警、核辐射监测、化学探测等场景。

       GaN-based optoelectronic devices enable the production of blue, green, and ultraviolet lasers and detectors, and are widely used in high-capacity optical disc storage, medical sterilization, UV curing, fluorescent laser sources, and full-color displays. GaN UV detectors are resistant to interference and can withstand harsh environments, making them suitable for applications such as high-speed aerial threat detection, nuclear radiation monitoring, and chemical detection.

Optoelectronic Devices
光电子器件
Power Devices
       基于 GaN-on-GaN 技术，GaN 功率器件可大幅提升工作电压，在 600-1800V 范围性能领先。广泛应用于新能源汽车车载充电机（OBC）、DC-DC 转换器、快充电源、工业电源等领域，实现器件小型化、轻量化，提升能量转换效率，降低系统成本与重量。
       Based on GaN-on-GaN technology, GaN power devices can significantly increase operating voltages and deliver leading performance in the 600–1,800 V range. They are widely used in applications such as on-board chargers (OBCs) for new energy vehicles, DC-DC converters, fast-charging power supplies, and industrial power supplies, enabling device miniaturization and weight reduction while improving energy conversion efficiency and lowering system costs and weight.
功率器件
Radio Frequency Electronics
射频电子
       GaN 射频器件凭借高频率、高功率、耐高温特性，是 5G/6G 通信基站、微波射频、卫星通信、国防军工等领域的核心器件。可实现更高功率密度与效率，满足高速通信、雷达探测等高端场景需求，市场需求持续高速增长。
       With high frequency, high power and high temperature resistance, GaN RF devices are core components for 5G/6G communication base stations, microwave RF, satellite communication, national defense and military industries. They achieve higher power density and efficiency, meeting the needs of high-end scenarios such as high-speed communication and radar detection, with continuously growing market demand.